KEGG   Sclerotinia sclerotiorum: SS1G_08778
Entry
SS1G_08778        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
ssl  Sclerotinia sclerotiorum
Pathway
ssl03030  DNA replication
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    SS1G_08778
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:ssl03032]
    SS1G_08778
Enzymes [BR:ssl01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     SS1G_08778
DNA replication proteins [BR:ssl03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    SS1G_08778
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N DNA_pol_B_2
Other DBs
NCBI-GeneID: 5486291
NCBI-ProteinID: XP_001590014
UniProt: A0A1D9QKN8 A7ETX1
Position
Unknown
AA seq 1458 aa
MSKAASARAKFAELRALRESGKKRLDTYEVHQEEDLYEEVDEEGYKKVVRNRLNQDDFVI
DDNGEGYADDGREDWDRDHRQGYGTESEEELPVKGKNGKAAKRKREEEKVKKENMDKGIS
NYFTKGPVAAQQKPKPVKTKADEDFLEGLLGQVDMNVPRWKPETSRASRTQEKRRTRALS
PALNDSRHMSKRTKVADSRPTGITNAPPSPPPAYTSGDDDFMAGFDDDDMPMDEPQPSSP
VAKAVERRLHINVKEEEDEDEDMMEVAPADGITATSVNISGTRPPPRLKKELYPTPLTSS
PPHGSVDEVDASSWNDVTQKLNVMSSSQPSETMSFGKLDYNDAIEEDGSLHMFWTDYTEI
NGSLCLFGKVKNKKTGNFFSCFLKVDNILRKLFFLPRQYRKRHGRDTTDEVDMKDVYEEV
DDMMTKMNVGMHKIKPCTRKYAFELPDIPKEGEYLKLLYPYSKSALHADQHSGSTFSHVF
GSNTPLFEQFVLWKNIMGPCWLKIEDADFGALKNASHCKLEVQVSKPNLITPINDSDNLE
APPLTLMSIALRTVFNVKENKQEILAISARIYQNISLSDTTPPENLPCQTFTVMRPNGSH
FPIGFEGTVKQRSIGLVKLVKQENEILSFFLARLDLVDPDVLVGHQLEGVDFSILLSRFQ
ARKTPQWSRIGRMRHTQWPGSMGKMGGNFFAERTLMSGRLMCDLANDMGKSTMTKCTSWT
LTEMCSLYLSGANRREIDNEVALKTWATNKDGLMDYVSHCEADTYFIAALALKVQMLPLT
KVLTNLAGNSWARTLTGTRAERNEYILLHEFHRNKYICPDKAVFKGKQQVEEENADEESG
DVKKKDKYKGGLVFEPEKGLYDKFVLVMDFNSLYPSIIQEFNICFTTVDRLNLSDDEDRV
PEVPTDQEQGILPKLIATLVSRRRQVKSLMKDKHATSEQLATWDIKQLALKLTANSMYGC
LGYTKSRFYARPLAVLTTYKGREILRSTKDLAESKSLQVIYGDTDSVMINANVDNIQDAL
AVGNDFKRSVNDRYKLLEIDIDNVFRRILLQAKKKYAAINLVQVDGKFVDKMEVKGLDMK
RREYCNLSKEVSSQLLNEILSGDDSEAVITRIHDYLREISTKMREGNVPVQKYTIYTKLG
KAPKDYPNADNMPQVQVALRELAKGKQVRKDDVIAYIVTGEGKTSENAAKRSFTPQDVMK
RDSDLKPDVEWYLYKQIFPPVERLCANISGTDTVRLADCLGLDARKYSINNNNSSGSNEA
EIHPLESQIDDSVRFKDSSRLTLRCRSCKATFGFEGLLNSTENCSPSGIICRCGNILSTL
SIMTQLEHQIRQETCKYYEGWLVCDDQACGNRTRQMSVYGYRCLGPKGLAQGCLGKMRYE
YTEKMMYNQLLYFASLFDVDKAKANARGTEKEIVSALAEHNRVRFGTLKNVVDKYLDKCG
RQWVAMDSLFGKLGFSAI
NT seq 4377 nt   +upstreamnt  +downstreamnt
atgtcgaaagccgcttctgcgcgagcaaagtttgcagaacttcgtgctcttcgagagtct
gggaagaaacgtctcgacacttatgaagtacatcaggaagaggatttatatgaggaggtc
gacgaagaaggttacaagaaagttgtaaggaatcgcttaaatcaagatgatttcgttatc
gacgacaacggggaaggttatgcggatgatggccgcgaggactgggatcgagatcataga
caaggctacggtactgaaagtgaagaagagcttcctgttaagggcaagaatggaaaggct
gcaaagaggaaacgtgaagaagagaaagtcaaaaaagagaatatggacaaaggtatcagc
aactacttcaccaaaggtccggtagctgctcaacaaaaaccaaagcccgtcaaaacgaaa
gcagatgaagatttcttagaaggacttttagggcaggtagacatgaacgttcctcgatgg
aaacccgaaacctcgagagccagtaggacacaggagaagagaaggacgagagccttatct
ccagcattgaacgattccagacatatgtcaaaaagaactaaggtagcggatagtcggccc
actggtattacgaatgcacctcccagcccccctcccgcttatacgagtggcgatgacgat
ttcatggcaggttttgacgatgatgatatgccaatggatgagccgcagccctcatctcct
gtggcgaaggctgtcgagagaagacttcatattaatgtcaaggaagaagaggatgaggat
gaagacatgatggaggttgctccagcggatggtatcacagcgaccagcgtcaatatttcc
ggaactaggcccccacccagactgaaaaaggagttgtacccaactccattaacctcatct
ccaccccacggttcagtcgacgaagttgatgcgtcatcttggaatgatgttacccaaaaa
ttgaacgttatgagcagtagtcaaccttcagagacaatgtcatttggaaaactcgactat
aacgacgcaattgaagaagatggaagtcttcatatgttctggactgattacactgaaatt
aatggcagtttatgtctttttggcaaagtcaagaacaagaagacaggtaatttttttagt
tgttttttgaaggtggataatatccttagaaagctatttttccttccacggcaatatcgt
aaacgccacggccgggacacaacagatgaagtggacatgaaggatgtttacgaagaggtt
gacgacatgatgacgaaaatgaacgttggaatgcacaaaatcaaaccttgcactagaaaa
tatgctttcgagctacctgatataccaaaagagggcgaatatctgaagttgttgtaccct
tattccaaatccgcattacacgcagaccagcacagcggctcgactttctctcatgtcttt
ggatcaaatactcctctttttgaacagtttgttctctggaaaaatatcatgggtccatgt
tggttaaagatcgaagatgcagactttggagctcttaagaatgcttctcactgcaaatta
gaagtacaggtttcgaaaccgaatctcattactcccatcaatgactccgataacctcgaa
gcgccacccttgactttgatgagcattgctttacgcactgtcttcaatgtaaaggaaaat
aaacaagaaattctcgcaattagtgcacgcatataccaaaatatttcactaagcgacacc
actccccccgaaaatttaccttgtcaaacttttactgtcatgcggccgaacggatcgcat
ttccctatcggattcgaggggacagttaaacaacgttcgataggcctcgtcaagctggtt
aagcaagagaatgagattttgagcttcttccttgcccgcctagacttagttgatccagat
gttctcgttgggcaccaattggaaggtgttgatttcagcatcttactaagtcgatttcag
gccagaaagactccacagtggtcacgtattggtcgtatgagacatacccaatggcctgga
tctatggggaaaatggggggcaatttctttgcagagcgaacgctaatgtcaggtcgtctc
atgtgtgacttggccaatgatatgggaaaatcgaccatgactaaatgtacatcttggact
cttaccgagatgtgcagcctttacttgtctggtgccaatcgtcgagaaatcgataacgag
gttgcgttgaagacatgggctactaacaaagacggattaatggactatgtcagccattgt
gaagcagatacgtacttcatcgcagctctcgccttgaaggttcaaatgcttcctttgacg
aaagttcttactaacttggctggaaactcttgggcaagaacacttaccggtactcgagcc
gagcgcaacgaatacattttgttacatgaattccatcgcaataagtacatttgccctgac
aaagccgttttcaagggtaagcagcaggtcgaggaagagaatgctgatgaagaaagtgga
gatgtgaagaagaaggataagtataagggaggtctagtcttcgagccagagaaagggttg
tacgacaaatttgtccttgtcatggatttcaattccttgtaccccagtattatccaagaa
ttcaacatctgcttcactacagttgataggttaaacttgtccgatgatgaggatcgagtt
ccagaggtcccaacagatcaggaacaaggtatcttgcctaagcttatcgccacacttgtc
agtcgacgtcgacaagtcaagagcctcatgaaagataaacatgcgacctcggagcagttg
gcgacttgggatatcaagcaattggcattgaagcttactgcgaactctatgtacggttgt
ttgggatacaccaaatctagattttatgctcgaccacttgcggttctcacgacttacaaa
ggtcgtgagattcttcgaagtaccaaagatctggccgagagcaaatcgttacaagtcatc
tatggtgacacggattccgtcatgattaatgccaacgtcgataacattcaggatgccctt
gcagttgggaacgacttcaaaagatccgtcaacgatcgttataagttactggagattgat
atcgataatgtgtttagacgcattttacttcaagcaaagaagaaatatgccgccatcaat
cttgtacaggttgatgggaaatttgttgataaaatggaagtcaaaggtctggatatgaag
cgtcgtgaatactgcaatctgtcaaaggaggtctcttctcaactgttgaacgaaattctg
tccggtgatgattcagaggctgttatcactcgcattcacgattatcttcgtgaaatttcg
acaaaaatgagagaagggaatgttcccgtccagaagtatacaatctacacgaaactcgga
aaagctcctaaagactatcccaatgctgataacatgccacaagttcaggtcgctttgcgg
gaattggccaagggaaaacaggttcgaaaagacgatgtcatagcgtacattgtgacagga
gaagggaaaacatctgagaacgctgctaaacgctcatttacacctcaagacgtgatgaag
cgtgactcagatctcaaaccagatgttgaatggtatctctacaaacagatttttccaccc
gtggagcgactgtgcgcaaatatttctggtacagatacagtacgtctggctgactgtctc
ggacttgatgcacgcaaatatagtatcaacaacaataactcatcaggaagcaacgaagca
gagattcatccactcgaaagtcaaatcgatgactctgtacgcttcaaagattccagtcgt
ctcaccctccgctgtcgatcatgtaaagctactttcgggttcgaaggattactcaacagt
acagagaattgctctccctccggtatcatctgtcgctgtggcaacattctctcaactctt
tccatcatgacacaacttgaacatcaaatccgccaagaaacatgtaaatattatgaaggt
tggcttgtatgcgatgatcaagcgtgcggtaatcgcaccagacaaatgagcgtttatgga
tacagatgcttaggtcctaaaggcttggctcaaggatgtctggggaaaatgagatatgag
tacacggagaaaatgatgtataatcagctgttatactttgctagtttgttcgatgttgac
aaagcaaaggctaatgcgaggggtacggagaaagaaattgtctcagcactagcagaacat
aatcgcgtcagattcggcacgctgaaaaatgtagtagataaatacctggataaatgtgga
agacaatgggttgcgatggatagtcttttcgggaagctgggtttctctgccatatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (50)   

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